Highlights
Full Cloudification
- Cloud-based decoupling and resource sharing
- Algorithm software is dynamically loaded on the same hardware to reuse hardware resources, meeting requirements of burst concurrent tasks.
- Algorithms are cloudified and decoupled from applications. Data is decoupled from applications. Unstructured data and structured data are centrally managed. Algorithm replacement does not affect applications.
- Service collaboration and unified management
- The system can detect the loads of service platforms at various levels in real time and perform scheduling on demand.
- The system provides an automatic network planning and design tool for unified deployment.
- The system provides unified O&M, device status monitoring, fault locating, remote maintenance, and algorithm upgrade functions.
- Multiple-service co-deployment, high security and reliability
- Multiple services are deployed on a single server, maximizing hardware resource utilization and building a lightweight video cloud.
- Carrier-class reliability ensures zero service interruptions and helps build a trusted cloud.
- Continuous evolution from traditional RAID to SafeVideo+ improves recording security and reliability.
Full Intelligence
- Device-cloud synergy, unified scheduling of algorithms on demand
- Algorithms are decoupled from compute resources, and are switched based on scenarios to reuse hardware resources.
- All algorithms in the entire domain are uniformly scheduled and flexibly switched, maximizing compute resource utilization.
Broad Ecosystem
- The open platform can integrate and load the best third-party video applications online, accelerating the service application.
- Unified service interfaces simplify the development process.
- Services are diverse and widely compatible.
- Multiple algorithms are pre-integrated as plug-ins. Algorithm packages are released and upgraded independently so they can be optimized or changed quickly.
|
Product Model |
Function |
|---|---|
|
CloudIVS 3000R |
Provides the ability to search intelligent analysis results (structured data and semi-structured data). |
|
CloudIVS 3000C |
Provides behavior analysis, video synopsis, video search, and license plate analysis functions. |
|
CloudIVS 3000S |
Provides functions such as access, recording storage, and networked sharing. |
|
CloudIVS 3000SC |
Provides functions such as access, recording storage, and networked sharing. Provides analysis and extraction of personal and vehicle features. |
|
CloudIVS 3000CR |
Provides analysis and extraction of personal and vehicle features. Provides the ability to search intelligent analysis results (structured data and semi-structured data). |
|
CloudIVS 3000SCR |
Provides functions such as access, recording storage, and networked sharing. Provides analysis and extraction of personal and vehicle features. Provides the ability to search intelligent analysis results (structured data and semi-structured data). |
|
Product Model |
System Disk Slot |
Data Disk Slot Number (1.8 TB SAS Disk) |
Data Disk Slot Number (SATA Disk) |
Other Hardware |
|---|---|---|---|---|
|
CloudIVS 3000R |
0 and 1 |
2–7 |
– |
Slots 8–13 (standard configuration: six 1.6 TB NVMe disks) |
|
CloudIVS 3000C |
0 and 1 |
– |
2–11, 40, 41 |
– |
|
CloudIVS 3000S |
44 and 45 |
– |
0–35, 40–43 |
– |
|
CloudIVS 3000SC |
44 and 45 |
– |
0–35 |
Slots 1–6 (maximum: four P4 GPUs) |
|
CloudIVS 3000CR |
0 and 1 |
2 and 3 |
4–11 |
Slots 1–6 (maximum: six P4 GPUs) |
|
CloudIVS 3000SCR |
44 and 45 |
46 and 47 |
0–35 |
Slots 1–6 (maximum: four P4 GPUs) |